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image for course Filter Design and Analysis Methods

Filter Design and Analysis Methods

Learn to design digital FIR and IIR filters using common filter response types. You’ll start with a set of specifications or a preferred design algorithm, then analyze filter characteristics to learn how a filter modifies the time and frequency domains of a signal.

Course modules

Introduction

Get an overview of the course.

Lessons:
  • Course Overview
  • Learning Outcomes and Prerequisites

Design a Filter from Specifications

Explore the principles of filter design by setting and applying specifications to design FIR and IIR filters effectively.

Lessons:
  • Example - Verify Watermark
  • Filter Specifications
  • Interactively Design a Filter

Filter Design Methods

Design digital FIR and IIR filters using common filter response types starting with a preferred design algorithm.

Lessons:
  • Filter Design Algorithms
  • Filter Designer

Filter Analysis

Visualize filter characteristics in different domains to understand how a filter will modify the time-domain and frequency-domain of signals.

Lessons:
  • Filter Responses
  • Impulse Response
  • Frequency Response
  • Filter Delay
  • Filter Transients

Arbitrary Response Filter Design and Analysis

Design a filter with custom magnitude responses, enabling precise control over frequency specifications beyond standard filter shapes.

Lessons:
  • Example - Underwater Sound Absorption
  • Arbitrary Filter Response

Filter Stability

Visualize the zero-pole plot of digital FIR and IIR filters to study the filter stability.

Lessons:
  • Zeros and Poles
  • FIR Filter Stability
  • IIR Filter Stability

Conclusion

Learn next steps and give feedback on the course.

Lessons:
  • Summary
  • Next Steps
  • Course Survey

Format:Self-paced

Language:English

Language

  • Hands-on exercises with automated feedback
  • Access to MATLAB through your web browser
  • Shareable progress report and course certificate

Signal Processing Onramp

An interactive introduction to signal processing methods for spectral analysis.

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